Foam management plays a critical role across diverse industries—from material processing to energy production. Whether you aim to optimize foam for enhanced performance or to mitigate its effects, Orbit Research Associate provides the advanced tools and expertise you need to understand and control foam behavior with accuracy, reliability, and repeatability.

Powered by our advanced ADVANCE software platform, our instruments deliver high-precision measurements under tightly controlled and repeatable conditions, supported by intelligent sensor technology and sophisticated image analysis.

🔬 Our Foam Analysis Solutions

Dynamic Foam Analyzer – DFA100

The universal solution for characterizing all types of liquid foam.

💻 Software-controlled foam generation via sparging and stirring
⏳ Time-resolved measurement of total height, foam height, and liquid height
🧪 Optional modules for detailed analysis of liquid content and bubble structure
🏢 Ideal for both R&D and quality control environments

High-Pressure Foam Analyzer – HPFA

Engineered for high-pressure applications and process conditions.

🔥 The only instrument capable of simultaneously measuring foam amount and structure under high pressure
⛽ Designed for in-depth foam studies in Enhanced Oil Recovery (EOR) and hydraulic fracturing
⏱ Enables time-dependent foam analysis under real-world, pressurized conditions
⚙️ Modular setup allows tailored configurations for industrial-scale requirements

Foam Tester – FOA

Standard-compliant testing with extended capabilities.

✅ Designed for analyzing foam formation, stability, and breakdown dynamics
📏 Built in accordance with ASTM D892 for standardized and reliable results
🚀 Extended pressure tolerance with minimal design changes
🌡 Enables testing of aqueous liquids under pressure and at elevated temperatures exceeding +100 °C

📞 Contact Us

For inquiries, product demonstrations, or technical consultations, trust Orbit Research Associate to assist you.

🌐 Website: www.orbitind.com

📧 Email: info@orbitind.com

📞 Phone: 011 – 42420858 | 45578977

Precision in Foam Analysis Confidence in Results.mit 2025

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